Papers
14
Total Citations
573
H-Index
12
About
Daniele Galafassi is a prominent rehabilitation researcher whose work sits at the intersection of robotics and neurological recovery, with a particular focus on stroke rehabilitation and movement disorders. His research has made substantial contributions to our understanding of how robot-assisted therapies can restore both upper and lower limb function in patients with stroke, Parkinson's disease, and progressive supranuclear palsy. Galafassi's most impactful work spans multiple dimensions of robotic rehabilitation. His 2019 randomized controlled trial on robot-assisted gait training for Parkinson's disease (97 citations) and his 2014 study on robotic hand therapy in acute stroke patients (86 citations) established foundational evidence for these emerging interventions. His subsequent research expanded this groundwork by comparing different robotic systems — including end-effector devices and overground exoskeletons — against conventional therapy, helping clinicians make informed technology choices. Notably, Galafassi also advanced the field methodologically, using kinematic parameters from robotic devices to objectively track patient progress, and identifying predictors of daily living outcomes following robotic therapy. His multicenter randomized controlled trials reflect a rigorous scientific approach that has lent credibility to robot-assisted rehabilitation broadly. Collectively accumulating over 500 citations, his body of work has meaningfully shaped modern neurorehabilitation practice and technology integration.
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